ANSYS Fluent Brochure - Ozen Engineering and ANSYS
ANSYS Fluent Brochure - Ozen Engineering and ANSYS
ANSYS Fluent Brochure - Ozen Engineering and ANSYS
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Because turbulence has a strong effect on flow characteristics<br />
over a wide range of applications, such<br />
as this tundish, <strong>Fluent</strong> offers a number of advanced<br />
turbulence models in the form of algebraic, oneequation,<br />
two-equation <strong>and</strong> Reynolds stress models.<br />
Advanced physics capabilities <strong>and</strong> ease of use help ensure<br />
that you meet your product development targets.<br />
The oil <strong>and</strong> gas<br />
industry uses multiphase<br />
models extensively to<br />
troubleshoot separation<br />
equipment performance.<br />
“<strong>ANSYS</strong> software improvements<br />
have led to reduced<br />
run times; multiphase <strong>and</strong><br />
turbulence models have a<br />
greater ability to h<strong>and</strong>le<br />
primary <strong>and</strong> secondary<br />
phases.”<br />
David Stanbridge<br />
Managing Director<br />
Swift Technology<br />
Group<br />
5<br />
CAD Import <strong>and</strong> Meshing<br />
From CAD import to geometry meshing, our flexible<br />
tools allow you to automatically create meshes or<br />
h<strong>and</strong>-craft them. <strong>ANSYS</strong> meshing can extract fluid<br />
volume from a CAD assembly <strong>and</strong> automatically<br />
create tetrahedral or hexahedral meshes with<br />
inflation layers. We also offer advanced repair<br />
tools so you can import <strong>and</strong> prep geometry for<br />
partly or fully manual meshing. <strong>ANSYS</strong> preprocessing<br />
tools provide the high-quality meshes<br />
your project needs, so you obtain accurate results.<br />
Advanced Physics Modeling Capabilities<br />
Our CFD technology incorporates all the advanced<br />
physics modeling capability required for a wide<br />
range of applications. Models are fully tested<br />
<strong>and</strong> validated to ensure that your simulation<br />
consistently yields results you can trust.<br />
Robust Solvers<br />
The software includes a pressure-based coupled<br />
solver, a fully segregated pressure-based solver,<br />
<strong>and</strong> two density-based solver formulations. No<br />
matter the problem you are studying, <strong>ANSYS</strong> has<br />
the solver to fit your needs<br />
Turbulence Models<br />
<strong>Fluent</strong> delivers cutting-edge turbulence modeling<br />
capabilities in an unparalleled breadth of models.<br />
These include several versions of the popular<br />
k-epsilon <strong>and</strong> k-omega models as well as the<br />
Reynolds stress model for highly anisotropic<br />
flows. Advanced scale-resolving turbulence<br />
models are also available: large eddy simulation<br />
(LES), detached eddy simulation (DES) <strong>and</strong> scaleadaptive<br />
simulation (SAS). In addition, innovative<br />
transition models accurately predict flow in which<br />
the boundary layer transitions from laminar to<br />
turbulent regime.<br />
“Zitron uses <strong>Fluent</strong> because the tool provides the exceptionally<br />
wide range of physical models needed to accurately predict<br />
tunnel ventilation system performance.”<br />
Ana Belén Amado<br />
Mining Engineer<br />
Zitron
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